Deliver a New Reality of AI Technology
The uMR 680 stands at the forefront of innovation, empowered by the uAIFI technology. This cutting-edge suite of technologies not only revolutionizes patient comfort but also maximizes efficiency and productivity while delivering high-quality imaging. With its advanced capabilities such as, uCS (united Compressed Sensing), uMR 680 ensures fast scanning to optimize workflow and throughput. Exceptional system performance opens doors to a myriad of clinical scenarios, allowing for a more comprehensive range of applications and patient care.
Our uMR 680 is fully equipped with the innovative uAIFI platform, allowing it to surpass the limitations of traditional magnetic resonance scanning. These advanced technologies enhance imaging capabilities, delivering clearer and more detailed results that ultimately improve diagnostic accuracy and patient care.
Based on a deep learning-based image reconstruction algorithm, DeepRecon enables intelligent denoising for improved signal-to-noise ratio, while increasing the image sharpness simultaneously.
Traditional MRI scans can be challenging for some patients, leading to discomfort, anxiety, claustrophobia, or involuntary movement. These factors can affect the quality of the examination, leading to unusable images or requiring repeat scans. Our innovative solutions are specifically designed to significantly enhance patient comfort and deliver superior image quality.
UIH achieves in-house R&D control over core components and key technologies, ensuring seamless coordination and exceptional stability. Consequently, our uMR 680 delivers outstanding system performance, positioning it as a leader in its class and enhancing the overall user experience.
From patient and scan preparation, through data acquisition, to post-processing, our uMR 680 is empowered by uAIFI technology throughout the entire workflow. High productivity not only elevates patient satisfaction and overall experience but also boosts the operational efficiency and reputation of the healthcare institution.